机译:全面建设的湿地和湿地稻田相结合的系统,以去除农村非管制面源的氮和磷
S tate Key Laboratory of Soil and Sustainable Agriculture Institute of Soil Science Chinese Academy of Sciences">(1);
Department of Plant and Soil Sciences Oklahoma State University">(2);
S tate Key Laboratory of Soil and Sustainable Agriculture Institute of Soil Science Chinese Academy of Sciences">(1);
School of Environmental and Resource Sciences Zhejiang Agriculture and Forestry University">(3);
School of Environmental and Resource Sciences Zhejiang Agriculture and Forestry University">(3);
S tate Key Laboratory of Soil and Sustainable Agriculture Institute of Soil Science Chinese Academy of Sciences">(1);
S tate Key Laboratory of Soil and Sustainable Agriculture Institute of Soil Science Chinese Academy of Sciences">(1);
Constructed wetlands; Nitrogen; Non-point sources; Paddy field; Phosphorus; Wastewater;
机译:全面建设的湿地和湿地稻田相结合的系统,以去除农村非管制面源的氮和磷
机译:通过水生植物湿地-生态沟系统通过控制排水减少稻田非点源污染
机译:人工湿地在农村地区从生活污水中去除氮,磷和锌的效率:一个案例研究
机译:液压载荷对氮气和磷从地下污水中去除的液压污水,构建湿地池塘复合系统
机译:利用人工湿地去除抽水浅层地下水中的氮和磷。
机译:水生Myriophyllum人工湿地有效去除猪废水中的氮
机译:人工建设湿地中植物物种的丰富度影响氮素保留和生态系统生产力
机译:湿地和水质。美国近期关于淡水和咸水湿地作为氮,磷和各种重金属的来源,汇和变压器的作用的区域回顾